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This video demonstrates Wireless InSite's mobility features, including vehicle in-cabin radar coverage and UWB visualization, child presence detection, moving platforms with velocities and time-based motion, and lunar RF systems simulations.
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The assessment of performance parameters for body-worn wireless devices typically involves numerous iterations and variability. RF propagation simulation empowers engineers to test a multitude of varied, real-world use cases in far less time, and at lower cost, than in situ testing alone.
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In 5G and 6G, mmWaves promise new, high bandwidth frequency bands, but propagation losses and fast fading pose challenges. Learn how massive MIMO beamforming mitigates mmWave propagation challenges using Wireless InSite and its mmWave hybrid beamformer.
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Wireless InSite's EES capability improves wireless communication coverage by leveraging passive metasurfaces. Watch the short video to see how these printed patterns on a wall or window can optimize signal propagation.
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Wireless InSite® Wireless Mobility
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Wireless InSite simulates dynamic wireless mobility, modeling device and vehicle movement to predict multipath effects, coverage variations, and communication performance across complex, time-varying environments.
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